ASSA ABLOY. Access 600 Integrated Wiegand. with MELR Option (Electric Latch Retraction) Access 600 Integrated Wiegand ASSA ABLOY.

Transcription

1 Installation MP9800 Series Instructions Multi-Point Lock MP9800 with MELR Series Option Multi-Point (Electric Latch Lock Retraction), the global leader in door opening solutions 1 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

2 Table of Contents Warnings... 2 General Description... 3 Hardware Specifications... 3 Electronic Specifications... 3 Parts Breakdown Installation Instructions Concealed Door Position Switch Instructions (708F989) Wiring Diagrams Mechanical Operational Check Electrical Operational Check Warnings Changes or modifications to this unit could void the user s authority to operate the equipment. ALWAYS disconnect power before making any electrical or mechanical adjustments to the system. Observe precautions for handling electrostatic sensitive devices. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation. Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that the interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced TV technician for help This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe B est conforme avec la norme NMB-003 du Canada. The term IC: before the radio certification number only signifies that Industry Canada technical specifications were met. This Class B digital apparatus meets all requirements of the Canadian Interference Causing Equipment Regulations. Cet appareillage numérique de la classe B répond à toutes les exigences de l interférence canadienne causant des règlements d équipement. L'opération est sujette aux deux conditions suivantes: (1) ce dispositif peut ne pas causer l interférence nocive, et (2) ce dispositif doit accepter n importe quelle interférence reçue, y compris l interférence qui peut causer l opération peu désirée. Important: Any retrofit or other field modification to a fre rated opening can potentially impact the fire rating of the opening, and Corbin Russwin Inc. makes no representations or warranties concerning what such impact may be in any specific situation. When retrofitting any portion of an existing fire rated opening, or specifying and installing a new fire-rated opening, please consult with a code specialist or local code official (authority having jurisdiction) to ensure compliance with all applicable codes and ratings Copyright 2016 Corbin Russwin Inc., an Group company. 2 of 20, the global leader in door opening solutions

3 2 General Description All Access 600 Multi Point Locks The Corbin Russwin multi-point lock combines all standard access control components into a single device. This integrated approach significantly reduces installation time and creates a streamlined aesthetic that blends flawlessly into any environment. The Access 600 features an open architecture platform that can easily be integrated into existing access control systems. Tools Required - (Same for all Series Products) Phillips screw driver UL and CUL listed for use on Fire Doors Multi point lock furnished for 1-3/4" doors Fail safe or fail secure available Drill with bits Door Position Switch (708F989) supplied for monitoring 24VDC solenoid-operated trim available Wire from EAC Panel to door must be shielded with a drain terminated at EAC Panel controller Access 600 MP9800 Series Multi Point Lock Cylinder override available for MP9800 with Auxiliary Control Slotted screw driver 3 Hardware Specifications 4 Electronic Specifications 12VDC System: Reader Draw = 150mA 12VDC Solenoid Draw= 500mA Total System Draw = 650mA 24VDC System: #8-32 tap & drill (for metal door applications) The M khz (proximity) version of the Open Architecture Wiegand Access Control platform requires a proximity card/fob/tag presentation to gain entry. The 125 khz reader operates on 12 VDC. The M MHz iclass (contactless) version of Open Architecture Wiegand Access Control Platform requires an iclass card/fob/tag presentation to gain entry. The MHz iclass reader operates on 12VDC or 24VDC. Access 600 M802 Reader Draw = 150mA (Reader is always 12VDC) 24VDC Solenoid Draw= 250mA Total System Draw = 400mA Access 600 M812 12VDC Solenoid Draw = 500mA Total System Draw = 625mA 24VDC Solenoid Draw = 250mA Total System Draw = 375mA 12VDC System (MELR): Reader Draw = 150mA 12VDC MELR Module Draw = 850mA Total System Draw = 1 Amp 24VDC System (MELR): Reader Draw = 150mA (Reader is always 12VDC) 24VDC MELR Module Draw= 700mA Total System Draw = 850mA 12VDC MELR Module Draw = 850mA Total System Draw = 975mA 24VDC MELR Module Draw = 700mA Total System Draw = 825mA Wire Gauge Charts Total One-Way Length of Wire Run (ft) Load 12VDC 1/4A 1/2A 3/4A 1A 1-1/4A 1-1/2A 2A 3A , , Total One-Way Length of Wire Run (ft) Load 24VDC 1/4A 1/2A 3/4A 1A 1-1/4A 1-1/2A 2A 3A , , , the global leader in door opening solutions 3 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

4 5 Parts Breakdown Access 600 Series M802 MP9800 Series Top Case Assembly Metal Door & MPAD Top Rod and Bolt Assembly M802 PCB and HID Module Assembly M802 Reader Assembly O/S Access 600 Gasket Mounting Plate I/S Access 600 Gasket I/S Access 600 Escutcheon Inside Trim Assembly Outside Trim Assembly Inner Chassis Assembly Inner Chassis Assembly, Fire Monitoring Inner Chassis, Fire Bottom Rod and Bolt Assembly Bottom Case Copyright 2016 Corbin Russwin Inc., an Group company. 4 of 20, the global leader in door opening solutions

5 5 Parts Breakdown - Continued Access 600 Series M812 MP9800 Series Top Case Assembly Metal Door & MPAD Top Rod and Bolt Assembly M812 Reader Assembly O/S Access 600 Gasket Mounting Plate I/S Access 600 Gasket I/S Access 600 Escutcheon Inside Trim Assembly Outside Trim Assembly Inner Chassis Assembly Inner Chassis Assembly, Fire Monitoring Inner Chassis, Fire Bottom Rod and Bolt Assembly Bottom Case, the global leader in door opening solutions 5 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

6 MP9800 Series Multi-Point Lock 5 Parts Breakdown - Continued Access 600 Series M802 MELR Add-on Top Case Assembly Metal Door & MPAD Top Rod and Bolt Assembly MELR Assembly Screw Pack I/S MELR Escutcheon Assembly M802 Reader Assembly O/S Access 600 Gasket Screw Pack M802 PCB and HID Module Assembly Outside Trim Assembly Inside Trim Assembly Inner Chassis Assembly Inner Chassis Assembly, Fire Monitoring Inner Chassis, Fire Bottom Rod and Bolt Assembly Bottom Case Copyright 2016 Corbin Russwin Inc., an Group company. 6 of 20, the global leader in door opening solutions

7 MP9800 Series Multi-Point Lock 5 Parts Breakdown - Continued Access 600 Series M812 MELR Add-on Top Case Assembly I/S MELR Escutcheon Assembly Metal Door & MPAD Top Rod and Bolt Assembly MELR Assembly Screw Pack M812 Reader Assembly O/S Access 600 Gasket Screw Pack M812 Controller Assembly Outside Trim Assembly Inside Trim Assembly Inner Chassis Assembly Inner Chassis Assembly, Fire Monitoring Inner Chassis, Fire Bottom Rod and Bolt Assembly Bottom Case, the global leader in door opening solutions 7 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

8 6 Installation Instructions A) Door Preparation Inside 1. Verify Hand and Bevel of Door -(Figure 1) Check hand of door. The multi-point lock may be handed. Door should be fitted and hung. Verify box label for size of the multi-point lock, function and hand. Change hand if necessary. Left Hand Reverse LHR Fig. 1- Handing Outside Access 600 Right Hand Reverse RHR 2. Door Preparation If door is not pre-drilled, prepare door according to the appropriate template. Refer to templates at (Figure 2). Metal door (Steel & MPAD): FM438 - Templates: T31242 Wood door (MPWD): FM436 - Templates: T31243 Fig. 2- M802/M812 Metal Door Prep Outside Inside Note: For MELR door prep see Step E, and use plastic template. B) Rod and Top Case Installation 1. Refer to instruction sheet FM438 for rod and inner case installation on metal doors. 2. Refer to instruction sheet FM436 for rod and inner case installation on wood doors. (Figure 3). Fig. 3- Top Case Installation Outside Copyright 2016 Corbin Russwin Inc., an Group company. 8 of 20, the global leader in door opening solutions

9 6 Installation Instructions - Continued C) Install Outside and Inside Trim Outside Trim 1. For exterior applications, use gasket (765F859) to seal escutcheon and outside door surface (Figure 4). 2. Feed wire through the through hole and attach the outside exit trim to the door. Fig. 4 Outside Exit trim Inside Trim 1. Position trim carefully onto the inside of the door. Be careful not to pinch wire harness. 2. Mount inside trim lever using (2) # 1/4"-20 x 3" Philips oval head machine screws. (Figure 5). Fig. 5 Inside Exit trim D) Install Outside Escutcheon 1. Feed the reader cable connector located on the back of the outside escutcheon from the outside of door through the ribbon cable hole on the door. (Figure 6). Fig. 6, the global leader in door opening solutions 9 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

10 6 Installation Instructions - Continued E) Install Inside Mounting Plate On Multi Point Lock Without MELR 1. Securely tighten the outside escutcheon with (2) #8-32 x 2" Phillips lat head screws through the mounting plate. (Figure 7). Fig. 7 (2) #8-32 x 2" Phillips Flat Head Screws On Multi Point Lock With MELR F) Preparation of MELR Mounting Holes (If Required) Important: If the manufacturer has not pre-drilled the door, prepare the door per instructions below, using plastic template included with the device. Screw hole orientation is not affected by handing. (See Figures 8a-8d). If the door is pre-drilled by the manufacturer, continue to instructions on the following page. Mark Vertical Centerline Fig. 8a Centerline 1. Mark vertical centerline of slot and wire hole on door. (See Figure 8a). 2. Mount template onto plate as shown. For wood doors, ensure the template notch is touching the rod to provide lateral positioning. (See Figure 8c). Wire Hole 3. Check that template is square to door. (See Figure 8b). 4. Using template bushings as a guide, drill (4) 1/16" holes. (See Figure 8d). Fig. 8b- Template Template in Position 5. Remove template. 6. For metal door, increase 1/16" pilot holes to #29 (.136) and tap for #8-32. Detail of Notch in Template Aligned to Vertical Centerline Wire Hole Template Template Holes Location Detail of Template Notch Touching Rod and Resting on Plate (Wood Door Shown) Fig. 8d Fig. 8c Copyright 2016 Corbin Russwin Inc., an Group company. 10 of 20, the global leader in door opening solutions

11 6 Installation Instructions - Continued G) Installation of MELR Assembly Door Fig. 9a 1. Install the upper left mounting screw, #8-32 x 5/8" Fillister head for metal door and #8 x 5/8" self tapping wood screw for wood doors. (See Figure 9a). Mounting Bracket Note: Leave the screw loose enough to slide the MELR assembly on. 2. Snake the wire through the MELR assembly. Upper Left Mounting Screw 3. Slide the mounting bracket of the MELR assembly underneath the installed screw and secure in place. IMPORTANT: Ensure MELR retraction lever is resting on plate. (Fig. 11). 4. Completely tighten the upper left mounting screw. IMPORTANT: Be careful not to pinch or disconnect the wires located in that area. 5a. Install the remaining (3) #8-32 x 5/8" Fillister mounting screws on metal doors. (See Figure 9b.) 5b. Install the remaining (3) #8 x 5/8" self tapping wood screws on wood doors. (See Figure 9b.) 6. Install (2) 1/4"self-tapping screws on either diagonal, one above molex connector and one below. (Figure 10). Fig. 9b 7. Connect the 8-pin molex connectors. Fig. 10 Fig. 11- MELR Lever Resting on Plate #8-32 x 5/8" #8 x 5/8" Wood Screw 1/4" Self-Tapping Screw #8-32 x 5/8" Fillister Head Machine Screw (2) 1/4" Self-Tapping Screws, the global leader in door opening solutions 11 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

12 6 Installation Instructions - Continued H) Attach Trim Ground Wire 1. Connect pin 5 green/yellow ground wire ring terminal (from the inside trim) to top left screw. (Figure 12). Fig. 12 (Detail) Fig. 12 I) Connect Electrolynx Harness (for Access 600 x M802) J2 Note: If you are installing a Access 600 M812 please proceed to Step I. 1. Connect P3 (2-pin connector) from lock body or MELR assembly to J3 on interior PCB assembly. 2. Connect P4 (6-pin connector) from lock body assembly to J4 on interior PCB assembly. 3. Connect P5 (7-pin connector) from Reader board to J5 on interior PCB assembly. 4. Connect ElectroLynx harness (4 and 8-pin) from door harness to ElectroLynx harness on interior PCB assembly. Note that connectors go on only one way. Do not offset connector and be sure they are completely seated. (Figure 13). 1-Violet Lock DC Neg PCB Layout - Wire Assignments - ElectroLynx Assembly (Molex) 3 - Pink J1 1- Black 3-White 5-Orange 7-Brown J2 To ElectroLynx Harness From Lock Body P4 to J4 From Reader Board P5 to J5 J1 From Lock Body or MELR Assembly P3 to J3 (Solenoid, neg) 2-Gray, Lock DC Pos NOT USED 4-Tan PWR GND 2-Red Wiegand DATA 1 4-Green RX (N/O) 6-Blue EGND 8-Yellow Fig. 13 (Solenoid, pos) NOT USED PWR 12VDC Wiegand DATA 0 RX (COM) LED Copyright 2016 Corbin Russwin Inc., an Group company. 12 of 20, the global leader in door opening solutions

13 6 Installation Instructions - Continued J) Position Inside Escutcheon and Wires (for Access 600 x M802) Please follow these steps prior to installing inside escutcheon assembly to prevent any damage caused by pinching wires: 1. Align the ElectroLynx connectors (8 and 4-pin) to one side of the wire guide inside of the door prep. The reader connections and excess wire are arranged on the other. 2. Connect the ElectroLynx connectors (8 and 4-pin) and establish their position inside of the door prep on the proper side of the wire guide. (Figure 14). 3. Neatly route the remaining wires onto themselves and into the remaining space to prevent pinching wires when mounting the escutcheon. (Figure 15). Inside of Door Fig. 14 Fig. 15 K) Connect ElectroLynx Harness (for Access 600 x M812) From Reader Board P5 to J5 Notes: 1. Connect P5 (7 Pin Connector) from reader board to J5 on interior escutcheon PCB assembly. (Figure 16). 2. Connect ElectroLynx harness (4 and 8-pin) from door to interior PCB assembly. (Figure 16). a. Neatly fold the wires onto themselves and into the remaining space to prevent pinching wires when mounting escutcheon. J5 J1 To ElectroLynx Harness J2 b. Do not tuck extra lock body wires back inside the lock body cylinder hole. c. Connectors go on only one way. d. Do not offset connector and be sure they are completely seated. PCB Layout - Wire Assignments - ElectroLynx Assembly (Molex) Fig. 16 J2 J1 1-Violet Lock DC Neg 3 - Pink 1- Black 3-White 5-Orange 7-Brown (Solenoid, neg) NOT USED PWR NEG Wiegand DATA 1 RX (N/O) EGND 2-Gray, Lock DC Pos 4-Tan 2-Red 4-Green 6-Blue 8-Yellow (Solenoid, pos) NOT USED PWR POS Wiegand DATA 0 RX (COM) LED, the global leader in door opening solutions 13 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

14 6 Installation Instructions - Continued L) Attach Connectors-Exterior PCB Assembly- (for Access 600 x M812) 1. Connect P3 (2-pin connector) from lock body or MELR to J3 on module (Figure 17). 2. Connect P4 (6-pin connector) from lock body to J4 on module (Figure 17). Fig. 17 From Lock Body or MELR P3 to J3 J3 J3 J4 J4 From Lock Body P4 to J4 M) Position Inside Escutcheon and Wires (for Access 600 x M812) Please follow these steps prior to installing inside escutcheon assembly to prevent any damage caused by pinching wires: 1. Align the ElectroLynx connectors (8 and 4-pin) to one side of the wire guide inside of the door prep. The reader connections and excess wire are arranged on the other. 2. Connect the ElectroLynx connectors (8 and 4-pin) and establish their position inside of the door prep on the proper side of the wire guide. 3. Neatly route the remaining wires onto themselves and into the remaining space to prevent pinching wires when mounting the escutcheon. Copyright 2016 Corbin Russwin Inc., an Group company. 14 of 20, the global leader in door opening solutions

15 6 Installation Instructions - Continued N) Position Inside Escutcheon & Wires (MELR) M802 or M Position escutcheon against door by hooking the top edge on the top of the MELR assembly. Verify that no wires are being pinched. 2. Mount inside escutcheon assembly to plate using (1) #8-32 x 5/8" Phillips lat head undercut machine screw. (Figure 18-20). Fig. 18- Machine Screw Detail 7 Concealed Door Position Switch Instructions Use Concealed Door Position Switch 708F989 with this product: Fig. 19- M802 MELR 1. Concealed Door Position Switch Model 708F989 is included with this product. System integrator shall determine use and installation location. 2. Drill a 1" Diameter Hole for both the Magnet and the Switch. Both holes shall be 1" Deep and for the Switch (if needed) drill a 1/4" hole for the wires. 3. Connect the common wire of the switch to the common input terminal of the EAC. 4. Connect the normally open wire of the switch to the normally open input terminal of the EAC. (Figure 21). 12VDC: Optional 24VDC Lock Available (Reader is always 12VDC) Fig. 20- M812 MELR Wiegand Access Control System Green (NC) Door Position Switch White McKinney Electric Hinge Fig. 21, the global leader in door opening solutions 15 of 20 Copyright 2016 Corbin Russwin Inc., an Group company.

16 8 Wiring Diagrams Product 8 PIN CONNECTOR 4 PIN CONNECTOR Corbin Russwin ACCESS 600 SERIES, M802 Exits 1-Black 2-Red 3-White 4-Green 5-Orange 6-Blue 7-Brown 8-Yellow 9-Violet 10-Gray 11-Pink 12-Tan ACCESS CONTROL DEVICES: Access 600 x M802 Exits, ElectroLynx wire Color / Function assignments 12VDC Reader Power WIE- GAND WIE- GAND RX (NO) NEG POS DATA_1 DATA_0 REF. STEP 2A RX (COM) REF. STEP 2A EGND LED 12 OR 24 VDC (LOCK RELAY REF. DIA- GRAMS REF. DIA- GRAMS DPS (NC) DPS (COM) NEG POS N/A N/A PIN8 (Yellow LED) PIN 6 (Blue RX) PIN 4 (Green Data 0) PIN 2 (Red Reader POS) PIN 4 (not used) PIN 2 (Gray Lock POS) PIN 1 (Black Reader NEG) PIN 3 (White Data 1) PIN 5 (Orange RX) PIN 7 (Brown-EGND) PIN 1 (Violet Lock NEG) PIN 3 (not used) Reader LED Configuration The Access 600 Series reader can be configured for (3) modes of LED operation: Mode 1: Red LED ON when powered. Presenting a 125kHz proximity card will cause LED to FLICKER Green and return to Red state. Reference Diagram #1 as a function of power requirement (12VDC or 24VDC). Mode 2: Note: LED wire is unconnected. Green LED ON when powered. (No Flicker) after presenting valid 125kHz proximity card. Reference Diagram #2 as a function of power requirement (12VDC or 24VDC). Mode 3: Note: LED wire must be connected to circuit GROUND of the system s power supply. EAC Panel controls LED operation. Reference Diagram #3 as a function of power requirement (12VDC or 24VDC). Note: Control of LED is a function of the EAC Panel equipment (i.e. relay) to toggle between Green & Red. Note: When LED wire is tied directly into EAC panel relay, no AC signals should be applied on wire or door reader performance will be impacted. Reference Diagram #3. Copyright 2016 Corbin Russwin Inc., an Group company. 16 of 20, the global leader in door opening solutions

17 8 Wiring Diagrams - Continued Typical Access 600 Application Diagram (12/24VDC Lock) DIAGRAM #1 MODE 1: LED WIRE NOT USED = RED LED "ON" WHEN POWERED Standard Application Shown - For Alternative Applications Contact WIRE (9473) Reader Electronics Requires 12VDC Filtered and Regulated 12VDC System: Access 600 M802 Reader Draw = 150mA 12VDC Solenoid Draw= 500mA Total System Draw = 650mA Access 600 M812 12VDC Solenoid Draw = 500mA Total System Draw = 625mA 24VDC System: Reader Draw = 150mA (Reader is always 12VDC) 24VDC Solenoid Draw= 250mA Total System Draw = 400mA 24VDC Solenoid Draw = 250mA Total System Draw = 375mA 12VDC System (MELR): Reader Draw = 150mA 12VDC MELR Module Draw = 850mA Total System Draw = 1 Amp 12VDC MELR Module Draw = 850mA Total System Draw = 975mA 24VDC System (MELR): Reader Draw = 150mA (Reader is always 12VDC) 24VDC MELR Module Draw= 700mA 24VDC MELR Module Draw = 700mA Total System Draw = 850mA Total System Draw = 825mA Green (NC) Black (Hot) White (Neutral) Green (Gnd) White Door Position Switch 120 VAC Input H N G 12/24VDC - + Lockbody Power Supply (By Others) 12 Conductor ElectroLynx Harness From McKinney QC12 Electric Hinge From McKinney READER NEG - Black, 1 READER POS - Red, 2 DATA 1 - White, 3 DATA 0 - Green, 4 RX (NO/NC) - Orange, 5 RX (COM) - Blue, 6 *EGND- Brown, 7 LED - Yellow, 8 LOCK NEG - Violet, 9 LOCK POS - Gray, 10 Not Used (-) 12VDC (+) DATA 1 DATA 0 RX RX Use (NC) for Fail Safe Operation Electronic Access Control Panel (By Others) Lock Relay M802 Access 600 Series DPS DPS (NO) Fail Secure Operation, the global leader in door opening solutions 17 of 20 *IMPORTANT: Pin 7 must be tied to earth ground in the access control panel. Failure to follow proper ESD safe grounding procedures could lead to equipment failure. Copyright 2016 Corbin Russwin Inc., an Group company.

18 8 Wiring Diagrams - Continued Typical Access 600 Application Diagram (12/24VDC Lock) DIAGRAM #2 MODE 2: LED WIRE TIED TO GROUND = GREEN LED "ON" WHEN POWERED Standard Application Shown - For Alternative Applications Contact WIRE (9473) Reader Electronics Requires 12VDC Filtered and Regulated Access 600 M802 Access 600 M812 12VDC System: Reader Draw = 150mA 12VDC Solenoid Draw= 500mA Total System Draw = 650mA 12VDC Solenoid Draw = 500mA Total System Draw = 625mA 24VDC System: Reader Draw = 150mA (Reader is always 12VDC) 24VDC Solenoid Draw= 250mA Total System Draw = 400mA 24VDC Solenoid Draw = 250mA Total System Draw = 375mA 12VDC System (MELR): Reader Draw = 150mA 12VDC MELR Module Draw = 850mA Total System Draw = 1 Amp 12VDC MELR Module Draw = 850mA Total System Draw = 975mA 24VDC System (MELR): Reader Draw = 150mA (Reader is always 12VDC) 24VDC MELR Module Draw= 700mA Total System Draw = 850mA 24VDC MELR Module Draw = 700mA Total System Draw = 825mA Green (NC) White 3287 Door Position Switch 120 VAC Input Black (Hot) H N G 12/24VDC - + White (Neutral) Green (Gnd) Lockbody Power Supply (By Others) 12 Conductor ElectroLynx Harness From McKinney QC12 Electric Hinge From McKinney READER NEG - Black, 1 READER POS - Red, 2 DATA 1 - White, 3 DATA 0 - Green, 4 RX (NO/NC) - Orange, 5 RX (COM) - Blue, 6 *EGND - Brown, 7 LED - Yellow, 8 (-) 12VDC (+) DATA 1 DATA 0 RX RX Use (NC) for Fail Safe Operation Electronic Access Control Panel (By Others) LOCK NEG - Violet, 9 LOCK POS - Gray, 10 Lock Relay M802 Access 600 Series DPS DPS (NO) Fail Secure Operation Copyright 2016 Corbin Russwin Inc., an Group company. 18 of 20 *IMPORTANT: Pin 7 must be tied to earth ground in the access control panel. Failure to follow proper ESD safe grounding procedures could lead to equipment failure., the global leader in door opening solutions

19 8 Wiring Diagrams - Continued Typical Access 600 Application Diagram (12/24VDC Lock) DIAGRAM #3 MODE 3: LED WIRE TO EAC PANEL = EAC PANEL CONFIGURABLE Standard Application Shown - For Alternative Applications Contact WIRE (9473) Reader Electronics Requires 12VDC Filtered and Regulated 12VDC System: Access 600 M802 Reader Draw = 150mA 12VDC Solenoid Draw= 500mA Total System Draw = 650mA 24VDC System: Reader Draw = 150mA (Reader is always 12VDC) 24VDC Solenoid Draw= 250mA Total System Draw = 400mA 12VDC System (MELR): Reader Draw = 150mA 12VDC MELR Module Draw = 850mA Total System Draw = 1 Amp 24VDC System (MELR): Reader Draw = 150mA (Reader is always 12VDC) 24VDC MELR Module Draw= 700mA Total System Draw = 850mA Access 600 M812 12VDC Solenoid Draw = 500mA Total System Draw = 625mA 24VDC Solenoid Draw = 250mA Total System Draw = 375mA 12VDC MELR Module Draw = 850mA Total System Draw = 975mA 24VDC MELR Module Draw = 700mA Total System Draw = 825mA Green (NC) White 3287 Door Position Switch 120 VAC Input Black (Hot) H N G 12/24VDC - + White (Neutral) Green (Gnd) Lockbody Power Supply (By Others) 12 Conductor ElectroLynx Harness From McKinney QC12 Electric Hinge From McKinney READER NEG - Black, 1 READER POS - Red, 2 DATA 1 - White, 3 DATA 0 - Green, 4 RX (NO/NC) - Orange, 5 RX (COM) - Blue, 6 *EGND - Brown, 7 LED - Yellow, 8 LOCK NEG - Violet, 9 LOCK POS - Gray, 10 (-) 12VDC (+) DATA 1 DATA 0 RX RX LED Use (NC) for Fail Safe Operation Electronic Access Control Panel (By Others) Lock Relay M802 Access 600 Series DPS DPS (NO) Fail Secure Operation, the global leader in door opening solutions 19 of 20 *IMPORTANT: Pin 7 must be tied to earth ground in the access control panel. Failure to follow proper ESD safe grounding procedures could lead to equipment failure. Copyright 2016 Corbin Russwin Inc., an Group company.

20 9 Mechanical Operational Check For devices without cylinders, go to Section 6: Step C. 1. For devices with cylinders, insert key into cylinder and rotate. 2. The key will retract the latch and rods, the key should rotate freely. 10 Electrical Operational Check Note: Once electrical wiring has been successfully completed according to proper application, complete the following steps: 1. Turn power ON. 2. Verify LED located on reader is ON. Red or Green depending on reader configuration (See reader LED Configuration). 3. Present proximity credential and verify LED and sounder activity. 4. Verify valid card read at EAC Panel. 5. Verify system operation functions; i.e., when credential is presented to reader that the door unlocks. (Figure 22). Fig. 22 Corbin Russwin 225 Episcopal Road Berlin, CT Phone: WIRE Fax: corbinrusswin.com Copyright 2016 Corbin Russwin Inc., an Group company. 20 of 20, the global leader in door opening FM437 solutions (08/16)